Hands-on training allowing the audience to make educated choices in the number and type of chargers for their present and/or future EV fleet, taking in consideration the infrastructure needs, the possible cost-cutters, the ways to anticipate fleet evolution in a…
This advanced course provides participants with the necessary knowledge for a detailed understanding of circulating fluidized bed combustion, its mechanisms, typical operational problems, efficiency, corrosion, materials, environmental aspects and many more.
The course objective is to cover the basics of solid fuels, gaseous fuels and liquid fuels combustion, and to further study the impact of the combustion process on boiler and burner technologies. The specific pollutant emissions to be expected and…
Light is a human essential. It impacts our behaviour, wellness, social life, and our economic activity. Over time, humans have developed the technology to create artificial light, allowing social and economic activity to extend into the hours of darkness. At…
Goal of the training is to give more insight to engineers and project managers working on hydrogen processes concerning the specific risks of hydrogen. The safety properties of hydrogen will be examined and solutions will be given to handle it…
The objective is to acquire the knowledge needed to define and implement an effective oil analysis programme, to monitor the condition of transformers and to understand oil analysis reports as part of a maintenance strategy.
The course addresses various aspects of transformer condition assessment: Why perform transformer oil analyses? What are the main oil and paper degradation mechanisms? Which analyses apply to which types of transformers? Why perform different kinds of analyses at different frequencies?…
The rapid growth of renewable energies must go hand in hand with the wide-scale deployment of electricity storage solutions. Current technologies are efficient, but still insufficiently so: research is working fast to remedy this situation.
At an industrial site where an explosive atmosphere (ATEX) could occur, the operator is responsible for ensuring worker safety. This includes not only adapting the site’s design to reduce risks, but also installing ATEX equipment and removing potential ignition sources…
At an industrial site where an explosive atmosphere (ATEX) could occur, the operator is responsible for ensuring worker safety. This includes not only adapting the site’s design to reduce risks, but also installing ATEX equipment and removing potential ignition sources…